private string GetNodeInfo(RFGraphMapNode node)
{
return(string.Format("Type: {0}<br/>{1}", node.FullType, node.Description.Replace("'", "\\'")));
}
public static RFGraphMap MapGraphs(IEnumerable <RFGraphDefinition> graphs, bool forPresentation = true)
{
var map = new RFGraphMap();
foreach (var graph in graphs)
{
foreach (var process in graph.Processes)
{
var name = RFGraphDefinition.GetFullName(graph.GraphName, process.Value.Name);
var processNode = new RFGraphMapNode(map)
{
Label = process.Value.Name,
GraphName = graph.GraphName,
NodeType = RFGraphMapNodeType.Processor,
FullType = process.Value.Processor().GetType().Name,
Description = process.Value.Description
};
map.Nodes.Add(processNode);
foreach (var ioMapping in process.Value.IOMappings)
{
if (ioMapping.PropertyName == "Status")
{
continue;
}
var ioBehaviour = RFReflectionHelpers.GetIOBehaviour(ioMapping.Property);
var dateBehaviour = ioMapping.DateBehaviour; //RFReflectionHelpers.GetDateBehaviour(ioMapping.Property);
if (!forPresentation)
{
// for graph sort we are only interested in exact date inputs and
// outputs, which should result in acycylical graph
if (ioBehaviour == RFIOBehaviour.State)
{
continue;
}
if (dateBehaviour != RFDateBehaviour.Exact && dateBehaviour != RFDateBehaviour.Range && dateBehaviour != RFDateBehaviour.Latest)
{
continue;
}
}
if (ioMapping.Key != null)
{
var rawKeyString = KeyLabel(ioMapping.Key.CreateForInstance(null));
var keyLabel = forPresentation ? graph.GraphName + rawKeyString : rawKeyString;
if (!map.KeyNodes.ContainsKey(keyLabel))
{
map.KeyNodes.Add(keyLabel, new RFGraphMapNode(map)
{
Label = rawKeyString,
RawKey = rawKeyString,
NodeType = RFGraphMapNodeType.Key,
GraphName = graph.GraphName,
FullType = ioMapping.Key.CreateForInstance(null).GetType().Name,
Description = ""
});
}
var keyNode = map.KeyNodes[keyLabel];
if (ioBehaviour == RFIOBehaviour.Input || ioBehaviour == RFIOBehaviour.State)
{
map.Edges.Add(new RFGraphMapEdge
{
SourceNode = keyNode.ID,
DestinationNode = processNode.ID,
Label = ioMapping.PropertyName,
EdgeType = ioBehaviour == RFIOBehaviour.Input ? RFGraphMapEdgeType.Input : RFGraphMapEdgeType.State
});
keyNode.Description += string.Format("{0} to {1} ({2})<br/>", ioBehaviour, processNode.Label, ioMapping.PropertyName);
}
if (ioBehaviour == RFIOBehaviour.Output)
{
map.Edges.Add(new RFGraphMapEdge
{
SourceNode = processNode.ID,
DestinationNode = keyNode.ID,
Label = ioMapping.PropertyName,
EdgeType = RFGraphMapEdgeType.Output
});
keyNode.Description += string.Format("{0} of {1} ({2})<br/>", ioBehaviour, processNode.Label, ioMapping.PropertyName);
}
}
else
{
// unbound item? check for other domain properties?
}
}
}
}
return(map);
}